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    These protect NICE Neotech legally and regulatorily:

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    Flow sensor

    89-16-174

    Continuously monitor oxygen saturation and pulse rate in neonates.

    The Flow Sensor is designed to accurately measure and monitor respiratory gas flow in ventilators, CPAP systems, and other respiratory care devices. It supports precise flow monitoring to enhance patient safety and optimize respiratory therapy.

    Engineered for reliable performance, the sensor delivers real-time flow measurement with minimal resistance, enabling accurate ventilation monitoring across neonatal, pediatric, and adult applications. Its lightweight and compact design ensures seamless integration into respiratory circuits.

    Key highlights

    Accurate Flow Measurement

    Provides precise monitoring of respiratory gas flow for effective therapy management.

    Wide Device Compatibility

    Suitable for use with ventilators, CPAP systems, and other respiratory devices.

    Low Resistance Design

    Ensures efficient airflow with minimal impact on breathing performance.

    Real-Time Monitoring

    Supports continuous flow measurement for enhanced clinical decision-making.

    Compact & Lightweight

    Easy to integrate into respiratory circuits and clinical workflows.

    Reliable Performance

    Designed for dependable operation in critical care environments.

    References & Resources

    Key Benefits

    • Enables accurate monitoring of respiratory flow and ventilation parameters.
    • Supports safe and effective respiratory therapy across various patient groups.
    • Supports safe and effective respiratory therapy across various patient groups.
    • Lightweight and easy to handle for routine clinical use.
    • Helps improve patient safety and therapy efficiency.

    Maintenance & Care

    Item should be handled carefully and inspected regularly to ensure safe and reliable use. Routine visual checks help identify damage, wear, or contamination that may affect performance or hygiene.

    Cleaning, storage, and replacement should be carried out in accordance with guidelines. Proper handling, timely inspection, and appropriate storage support consistent performance, extend service life, and help maintain patient safety in clinical environments.

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